Keep-bomb device for improving smoke screen dispersion effect

Abstract

The invention discloses a jamming bomb device capable of improving smoke screen dispersion effect, and belongs to the technical field of jamming bombs, the jamming bomb device comprises a jamming bomb body internally provided with a powder chamber, the powder chamber is internally provided with an explosion expansion powder layer, an energy absorption boosting layer and a jamming agent layer in sequence from inside to outside, and the jamming bomb body is provided with a fuze for detonating the explosion expansion powder layer. And the energy-absorbing boosting layer comprises weight increasing particles of which the flying capability of a single particle is higher than that of smoke screen particles. The energy absorption boosting layer can convert explosion energy generated during explosion of the explosion expanding explosive layer and kinetic energy of high-temperature and high-pressure gas into kinetic energy of weight increasing particles as much as possible, so that the purposes of increasing the branching distance of interference agent particles and improving the smoke screen dispersing effect are achieved while the explosive quantity of the explosion expanding explosive and the explosive quantity of the interference agent are not increased, and the smoke screen dispersing effect is improved. And the problems that the flying distance of the projectile body fragments is increased due to the increase of the explosion expanding powder, so that the danger of a user is caused, and the projectile body is easy to deform during filling are solved. The jamming bomb device putting method comprises the steps that S1, a putting area is selected; s2, carrying out precise putting; and S3, target protection is completed.

Description

technical field [0001] The invention relates to the technical field of jamming bombs, in particular to a jamming bomb device that improves the dispersion effect of smoke screens. Background technique [0002] The jamming bomb is composed of the projectile body, the smoke screen jamming agent, the expanding explosive and the fuze. Therefore, the better the dispersion effect of the smoke interfering agent, the farther the flying distance is, the larger the width of the smoke screen is, and the larger the shielding area is. There are two main factors that affect the dispersion effect of the smokescreen interference agent: First, the amount of the explosive agent. Generally speaking, the larger the amount of the explosive agent, the greater the explosive power, and the distance that the interference materials such as graphite powder scatter. The farther away, but at the same time when the explosive charge explodes, it will also bring the fragmentation of the interference projec...

AI Technical Summary

Problems solved by technology

[0003] The purpose of the present invention is to solve the above-mentioned technical problems, to provide a kind of jamming bomb device that improves the effect of smoke dispersion, through the energy-absorbing booster layer, the explosion energy and the kinetic energy of the high-temperature and high-pressure gas generated when the explosive charge layer explodes can be maximized. It is converted into the kinetic energy of the weight-increasing particles to increase the branching distance of the interfering agent particles and improve the dispersion effect of the smoke screen, so that there is no need to increase the amount of the explosive layer and the amount of the interfering agent, so it is avoided. The increased flight distance of projectile fragments caused by the increase will cause danger to the user, and the projectile will be easily deformed when the projectile is filled due to the increase in the amount of interfering agent, and the interfering agent is too compact to be conducive to dispersion.

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